Most of the major streets in the older parts of Toronto look something like this:

That is, the right-of-way width is 20 meters. The built form lining the street is retrograde. There are 4 lanes for driving cars (sometimes streetcars run in the two inner-most lanes). And 50% of the entire road is allocated to on-street parking. Now to be fair, on-street parking is usually prohibited during "rush hour." So no stopping and parking during periods like 7-9am and 4-6pm.

But I think this approach to traffic management has become far less relevant today. It made more sense when everyone was driving to an office for 9am and then leaving for the suburbs at 5pm. But today, people want to work from home so they can go to the gym at 11am, go grocery shopping at 1pm, and then get a perm at 3pm.

What I find curious about these decisions is that bike lanes seem to get most of the blame for traffic congestion. We say things like, "nobody really bikes in Toronto except for the 2 weeks of the year when it's nice. So we shouldn't allocate valuable road space to them!" But very rarely do people seem to direct their frustrations toward the parked cars that sit on our roads for, what, ~83% of every day?

One approach allows people to go places and the other is dedicated to storage and immobility. This also says nothing about the relative benefits of people biking: it's objectively a more efficient way to move people, it can improve overall traffic flows by taking people out of cars, and it improves health outcomes (saving taxpayers money).

This is not to say that bike lanes don't also impact vehicle road capacity. But it's a question of what's most optimal for moving the greatest number of people. And I would bet you that on-street parking is far more disruptive to overall traffic flows than bike lanes. Parked cars, it turns out, aren't very good at moving people across a city.

The minimum size of a parking space in Toronto is 2.6 m wide x 5.6 m long. (It can change based on other factors, but this is all you need to know for today's post.) This works out to 14.56 square meters or ~157 square feet in area for a typical spot.

Building a parking space of this size in an underground or structured parking garage is very expensive. I have seen the former cost over $200k per space once you include everything else that goes along with building below-grade parking.

However, this opinion piece reminded me that if you'd like to rent an equivalent area on the streets of Toronto, you can do that for a lot less. If it's your first vehicle permit and you have no on-site parking where you live, the 2024 cost is $22.19 (plus HST) per month.

That works out to a monthly land rent of approximately $0.14 per square foot.

On-street electric vehicle charging points are starting to roll out across Toronto. Here is one that I came across this morning in the Junction on Annette Street. The stations are from Flo.

At its core, this is, of course, a great thing. Ubiquitous charging points are a critical component of overall EV adoption. But at the same time, it was a good reminder that (1) above-grade electrical wires are ugly (this is the typical Toronto approach) and that (2) on-street EV charging is a design challenge that is going to need to be solved.

In the above example, the charging stations were mounted to an existing electrical pole and two bright yellow bollards were installed on either side to make sure nobody smashes into said charging stations while they're parking and/or trying to watch TikTok videos on their phone.

But what happens when nearly everyone has an EV? There are only so many electrical poles, so we will need to move on to standalone stations at some point, and that is obviously already being done. But if we're going to have charging points practically everywhere, how should they work and what should they look like?

I am sure that lots of very smart people are already thinking about this. But as someone who is not directly involved in this space, it feels like we need to think about these in a similar way to street lights. Because they are going to be just as ubiquitous, if not more so. That means there is a strong cause for making them both functional and beautiful.

In fact, this feels like a real city branding opportunity.

Most of the major streets in the older parts of Toronto look something like this:

That is, the right-of-way width is 20 meters. The built form lining the street is retrograde. There are 4 lanes for driving cars (sometimes streetcars run in the two inner-most lanes). And 50% of the entire road is allocated to on-street parking. Now to be fair, on-street parking is usually prohibited during "rush hour." So no stopping and parking during periods like 7-9am and 4-6pm.

But I think this approach to traffic management has become far less relevant today. It made more sense when everyone was driving to an office for 9am and then leaving for the suburbs at 5pm. But today, people want to work from home so they can go to the gym at 11am, go grocery shopping at 1pm, and then get a perm at 3pm.

What I find curious about these decisions is that bike lanes seem to get most of the blame for traffic congestion. We say things like, "nobody really bikes in Toronto except for the 2 weeks of the year when it's nice. So we shouldn't allocate valuable road space to them!" But very rarely do people seem to direct their frustrations toward the parked cars that sit on our roads for, what, ~83% of every day?

One approach allows people to go places and the other is dedicated to storage and immobility. This also says nothing about the relative benefits of people biking: it's objectively a more efficient way to move people, it can improve overall traffic flows by taking people out of cars, and it improves health outcomes (saving taxpayers money).

This is not to say that bike lanes don't also impact vehicle road capacity. But it's a question of what's most optimal for moving the greatest number of people. And I would bet you that on-street parking is far more disruptive to overall traffic flows than bike lanes. Parked cars, it turns out, aren't very good at moving people across a city.

The minimum size of a parking space in Toronto is 2.6 m wide x 5.6 m long. (It can change based on other factors, but this is all you need to know for today's post.) This works out to 14.56 square meters or ~157 square feet in area for a typical spot.

Building a parking space of this size in an underground or structured parking garage is very expensive. I have seen the former cost over $200k per space once you include everything else that goes along with building below-grade parking.

However, this opinion piece reminded me that if you'd like to rent an equivalent area on the streets of Toronto, you can do that for a lot less. If it's your first vehicle permit and you have no on-site parking where you live, the 2024 cost is $22.19 (plus HST) per month.

That works out to a monthly land rent of approximately $0.14 per square foot.

On-street electric vehicle charging points are starting to roll out across Toronto. Here is one that I came across this morning in the Junction on Annette Street. The stations are from Flo.

At its core, this is, of course, a great thing. Ubiquitous charging points are a critical component of overall EV adoption. But at the same time, it was a good reminder that (1) above-grade electrical wires are ugly (this is the typical Toronto approach) and that (2) on-street EV charging is a design challenge that is going to need to be solved.

In the above example, the charging stations were mounted to an existing electrical pole and two bright yellow bollards were installed on either side to make sure nobody smashes into said charging stations while they're parking and/or trying to watch TikTok videos on their phone.

But what happens when nearly everyone has an EV? There are only so many electrical poles, so we will need to move on to standalone stations at some point, and that is obviously already being done. But if we're going to have charging points practically everywhere, how should they work and what should they look like?

I am sure that lots of very smart people are already thinking about this. But as someone who is not directly involved in this space, it feels like we need to think about these in a similar way to street lights. Because they are going to be just as ubiquitous, if not more so. That means there is a strong cause for making them both functional and beautiful.

In fact, this feels like a real city branding opportunity.